Struct ImplicitSurfaceSet3 

pub struct ImplicitSurfaceSet3 {
    pub surface_data: Surface3Data,
    /* private fields */
}

3-D implicit surface set.

This class represents 3-D implicit surface set which extends ImplicitSurface3 by overriding implicit surface-related quries. This is class can hold a collection of other implicit surface instances.

Fields

surface_data: Surface3Data

data from surface3

Implementations

impl ImplicitSurfaceSet3

pub fn new_default() -> ImplicitSurfaceSet3

Constructs an empty implicit surface set.

pub fn new( surfaces: Vec<ImplicitSurface3Ptr>, transform: Option<Transform3>, is_normal_flipped: Option<bool>, ) -> ImplicitSurfaceSet3

Constructs an implicit surface set using list of other surfaces.

pub fn new_explicit( surfaces: Vec<Surface3Ptr>, transform: Option<Transform3>, is_normal_flipped: Option<bool>, ) -> ImplicitSurfaceSet3

Constructs an implicit surface set using list of other surfaces.

pub fn builder() -> Builder

Returns builder fox ImplicitSurfaceSet3.

pub fn number_of_surfaces(&self) -> usize

Returns the number of implicit surfaces.

pub fn surface_at(&self, i: usize) -> ImplicitSurface3Ptr

Returns the i-th implicit surface.

pub fn add_explicit_surface(&mut self, surface: Surface3Ptr)

Adds an explicit surface instance.

pub fn add_surface(&mut self, surface: ImplicitSurface3Ptr)

Adds an implicit surface instance.

Trait Implementations

impl ImplicitSurface3 for ImplicitSurfaceSet3

fn signed_distance_local(&self, other_point: &Vector3D) -> f64

Returns signed distance from the given point \p otherPoint in local space.

fn is_inside_local(&self, other_point: &Vector3D) -> bool

fn signed_distance(&self, other_point: &Vector3D) -> f64

Returns signed distance from the given point \p otherPoint.

fn closest_distance_local(&self, other_point: &Vector3D) -> f64

impl Surface3 for ImplicitSurfaceSet3

fn closest_point_local(&self, other_point: &Vector3D) -> Vector3D

Returns the closest point from the given point \p other_point to the surface in local frame.

fn bounding_box_local(&self) -> BoundingBox3D

Returns the bounding box of this surface object in local frame.

fn closest_intersection_local(&self, ray: &Ray3D) -> SurfaceRayIntersection3

Returns the closest intersection point for given \p ray in local frame.

fn closest_normal_local(&self, other_point: &Vector3D) -> Vector3D

Returns the normal to the closest point on the surface from the given point \p other_point in local frame.

fn intersects_local(&self, ray: &Ray3D) -> bool

Returns true if the given \p ray intersects with this surface object in local frame.

fn closest_distance_local(&self, other_point: &Vector3D) -> f64

Returns the closest distance from the given point \p otherPoint to the point on the surface in local frame.

fn update_query_engine(&self)

Updates internal spatial query engine.

fn is_bounded(&self) -> bool

Returns true if bounding box can be defined.

fn is_valid_geometry(&self) -> bool

Returns true if the surface is a valid geometry.

fn view(&self) -> &Surface3Data

fn is_inside_local(&self, other_point_local: &Vector3D) -> bool

Returns true if \p otherPoint is inside by given \p depth the volume defined by the surface in local frame.

fn closest_point(&self, other_point: &Vector3D) -> Vector3D

Returns the closest point from the given point \p other_point to the surface.

fn bounding_box(&self) -> BoundingBox3D

Returns the bounding box of this surface object.

fn intersects(&self, ray: &Ray3D) -> bool

Returns true if the given \p ray intersects with this surface object.

fn closest_distance(&self, other_point: &Vector3D) -> f64

Returns the closest distance from the given point \p other_point to the point on the surface.

fn closest_intersection(&self, ray: &Ray3D) -> SurfaceRayIntersection3

Returns the closest intersection point for given \p ray.

fn closest_normal(&self, other_point: &Vector3D) -> Vector3D

Returns the normal to the closest point on the surface from the given point \p other_point.

fn is_inside(&self, other_point: &Vector3D) -> bool

Returns true if \p other_point is inside the volume defined by the surface.